Introduction to Adhesion Enhancement

What is/are Adhesion Enhancement?

Adhesion Enhancement - This study targeted wettability and adhesion enhancement of polyamide (PA) foil surface by plasma treatment at atmospheric pressure. ^[1] Comprehensive electrochemical measurements and microvia deposition experiments demonstrate that the adhesion enhancement of the leveler brings about better filling performance. ^[2] Owing to the interfacial enhancement of GO@TiO2 and the adhesion enhancement of FEVE, the prepared superhydrophobic coating demonstrated excellent mechanical durability and retained its superhydrophobicity after 1000 abrasion cycles. ^[3] To find an origin of adhesion enhancement, the distribution of Cu atoms on the fractured CAS surface is analyzed, and it turns out that 6. ^[4] Contact angle tests, digital images and SEM observations were used to explore the mechanism of adhesion enhancement. ^[5] The results of the mechanistic study revealed that the adhesion enhancement by cation incorporation is primarily due to the increased density of carboxylic acids that are capable of interacting with mucosal components. ^[6] In this Research Topic (RT) “Bioadhesion”, we aimed at collecting articles dealing with biological surfaces and systems specialized for adhesion enhancement. ^[7] Adhesion enhancement has been discussed mostly with geometrical systems (e. ^[8] Bacterial pretreatment with erythromycin at a sub-minimal inhibitory concentration eliminated the adhesion enhancement after BS treatment, suggesting that protein synthesis was required for enhanced adhesion of BS treated organisms. ^[9] In this work, chloroform vapor treatment was employed to partially embed the silica coating into the PC substrate for adhesion enhancement, which also divided the silica coating layer into bottom and middle layers with different refractive indices. ^[10] In addition, the variation of chemical bonding and surface wettability for pretreated prepreg were investigated for the possible explanation on the adhesion enhancement between Ti/Cu film and prepreg. ^[11] The model shows, in the common case of low fractal dimensions, an ‘unbounded’ adhesion enhancement when larger and larger upper “truncation wavenumber” is considered in the spectrum of roughness, i. ^[12] The adhesion enhancement was verified by pull-out tests, when reference and modified fibers were pulled-out from cement matrix specimens. ^[13] In this paper, laser texturing combined with thermal oxidation to synthesize CuO NWs demonstrates that the two-step approach is beneficial to the growth and adhesion enhancement of CuO NWs on the copper substrate. ^[14] The effect of roughness amplitude, spacing, and molecular weight of PFPE are individually analyzed to find a key parameter for adhesion enhancement. ^[15] Such a structure design leads to robust and reliable SERS sensors for real-life applications, and provides a valuable guidance for the adhesion enhancement of thin films. ^[16] It is found that unqualified sand used for adhesion enhancement and complicated environments such as sharp curves and steep slopes are the main causes for RCF. ^[17]

adhesion enhancement mechanism

On the other hand, the suppression of wrinkles deactivates the adhesion enhancement mechanism to facilitate effortless debonding. ^[1] The finite element method (FEM) is employed to analyze the residual stress distribution of bi-layer (a-SiC + diamond) film system, and the adhesion enhancement mechanism of a-SiC interlayer is furt. ^[2]